Britain’s Power Peril and Its Lesson for the United States

In Britain, they are talking about "the year the lights will go out." The metaphor is based on the 1951 film "The Day the Earth Stood Still."

There are those who believe they can pinpoint the year: 2023. It is the year that all but one of Britain's 16 operating nuclear power reactors will have been withdrawn from service because of their age.

Britain commissioned its first nuclear power plant back in 1954. For decades, Britain was at the forefront of the development of nuclear energy.

Then came natural gas. Discoveries in the North Sea coupled with improvements in gas turbine technology caused a boom in gas-powered electricity generation. At one point, it looked as though 50 percent more gas-fired electricity generation would be installed than needed.

The next surge of generating enthusiasm was for wind. Under the Labor government of Tony Blair, Britain planned to lead the world in wind generation, both on shore and off. Wind, as elsewhere, was subsidized because it was politically lovable. What better source of energy for a windswept island with a stormy coastline than wind, wind and more wind?

But the high cost of wind-generated electricity, coupled with intermittent availability, began to turn the country off wind. While the Conservative government of David Cameron is still pushing wind through subsidies, it has been forced into a painful re-think to avoid catastrophe.

Coal mines — the engine of the Industrial Revolution — began to be phased out under Margaret Thatcher's Conservative government partly because of continuing labor problems, but primarily because its cost was rising as mines became less productive. Britain became an importer of coal.

Nuclear just languished; the fabrication capacity declined, the design shops closed up, and the universities turned out fewer graduates in the nuclear sciences.

Then came the gas boom of the 1980s and '90s. The North Sea was full of it, the plants were cheap to build and operate, and the emissions were half those of coal.

But gas began to peak in Britain's North Sea fields in 2000, and gas imports began to rise. The jig was up for cheap, non-controversial energy.

Cameron's government, looking toward the day when the lights will fail, has supported an aggressive nuclear building program — none of it designed or built by British companies. The French government-owned utility, Electricite de France (EDF), will build the Britain's first new reactors; the technology will come from Areva, the French nuclear plant builder, and some of the construction funding will come from China.

But to lure EDF, a mechanism called the “strike price” had to be negotiated. Under this deal, the British government guarantees a floor price for the electricity generated at the new nuclear plants. The strike price for the EDF deal is $154 per megawatt hour, or about twice the current wholesale price of electricity in Britain.

British industry is screaming that it will be driven offshore, particularly chemicals. The European Union is screaming that this is a subsidy by another name. And British consumer groups are screaming that it will kill off old people, who will not be able to afford the Gallic electrons.

The Cameron government has its fingers in its ears, because it knows the screaming will be far worse if the lights do go out.

Across the Atlantic, a sequel to the year the lights will go out in Britain may be in production. We are already shuttering nuclear plants; the total down from 104 to 99 with many more endangered as the plants either become uneconomic, as a result of competition from our gas boom, or too old. Four big new nuclear plants are under construction in Georgia and South Carolina, but they are all that are likely to be built in the foreseeable future.

Currently, nuclear plants contribute 19 percent of our electricity, about the same percentage they contributed in Britain in the 1990s before plant retirements began. The numbers are being kept up by extraordinary operating efficiency gains and by upgrading– called “uprating” in the industry — the plants.

How long the gas boom will last is a matter of conjecture. The lifespan of the new hydraulically fractured fields is not known, but it is expected to be about one-third that of conventional fields. The full environmental consequence is not known either. Yet the euphoria of gas abundance is boosted by multimillion-dollar campaigns from the oil and gas industries, led by the giant American Petroleum Institute.

These advertisements give the impression that gas is forever in America. The way it was in the North Sea? — For the Hearst-New York Times Syndicate

Britain is a perfect explanation of resource depletion other wise known as Peak Oil. Britian led the Industrial Revolution in the 19th century and is now the poster boy for the post fossil fuel world of the 21rst century. Even if all the hype about fracking is true then what happens after the gas is gone? Back to square one. So called renewables have serious draw backs such as intermetncy, long transmission lines to population centers but the real problem is they can not be built and maintained with out fossil fuels. There fore what does the post fossil fuel wold look like? It will look like the prefossil fuel world. the future looks like the past.

Britain is a perfect explanation of resource depletion other wise known as Peak Oil. Britian led the Industrial Revolution in the 19th century and is now the poster boy for the post fossil fuel world of the 21rst century. Even if all the hype about fracking is true then what happens after the gas is gone? Back to square one. So called renewables have serious draw backs such as intermetncy, long transmission lines to population centers but the real problem is they can not be built and maintained with out fossil fuels. There fore what does the post fossil fuel wold look like? It will look like the prefossil fuel world. the future looks like the past.

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